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Each of 27 identical spherical drops of a conducting liquid is charged upto a potential of V0. They coalease to form a bigger drop. What is the potential on the surface of this bigger drop ? a) 9Vo b) 3Vo c) 27Vo d) Vo?
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Each of 27 identical spherical drops of a conducting liquid is charged...
Explanation:
Initial Situation:
- Each of the 27 identical spherical drops is charged up to a potential of V0.
When the drops coalesce:
- When the 27 drops coalesce to form a bigger drop, the total charge remains the same as charge is a conserved quantity.
- The potential on the surface of the bigger drop can be calculated using the principle of conservation of charge.
- Since the total charge is conserved, and the total charge remains the same, the potential V on the surface of the bigger drop will be the same as the initial potential V0 on each individual drop.
Therefore, the potential on the surface of the bigger drop is:
- V = V0
Final Answer:
- The potential on the surface of the bigger drop is V0.
Initial Situation:
- Each of the 27 identical spherical drops is charged up to a potential of V0.
When the drops coalesce:
- When the 27 drops coalesce to form a bigger drop, the total charge remains the same as charge is a conserved quantity.
- The potential on the surface of the bigger drop can be calculated using the principle of conservation of charge.
- Since the total charge is conserved, and the total charge remains the same, the potential V on the surface of the bigger drop will be the same as the initial potential V0 on each individual drop.
Therefore, the potential on the surface of the bigger drop is:
- V = V0
Final Answer:
- The potential on the surface of the bigger drop is V0.
Community Answer
Each of 27 identical spherical drops of a conducting liquid is charged...
V=n^2/3 v..V=27^2/3 v.V=9 v.
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Each of 27 identical spherical drops of a conducting liquid is charged upto a potential of V0. They coalease to form a bigger drop. What is the potential on the surface of this bigger drop ? a) 9Vo b) 3Vo c) 27Vo d) Vo?
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Each of 27 identical spherical drops of a conducting liquid is charged upto a potential of V0. They coalease to form a bigger drop. What is the potential on the surface of this bigger drop ? a) 9Vo b) 3Vo c) 27Vo d) Vo? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about Each of 27 identical spherical drops of a conducting liquid is charged upto a potential of V0. They coalease to form a bigger drop. What is the potential on the surface of this bigger drop ? a) 9Vo b) 3Vo c) 27Vo d) Vo? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Each of 27 identical spherical drops of a conducting liquid is charged upto a potential of V0. They coalease to form a bigger drop. What is the potential on the surface of this bigger drop ? a) 9Vo b) 3Vo c) 27Vo d) Vo?.
Each of 27 identical spherical drops of a conducting liquid is charged upto a potential of V0. They coalease to form a bigger drop. What is the potential on the surface of this bigger drop ? a) 9Vo b) 3Vo c) 27Vo d) Vo? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about Each of 27 identical spherical drops of a conducting liquid is charged upto a potential of V0. They coalease to form a bigger drop. What is the potential on the surface of this bigger drop ? a) 9Vo b) 3Vo c) 27Vo d) Vo? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Each of 27 identical spherical drops of a conducting liquid is charged upto a potential of V0. They coalease to form a bigger drop. What is the potential on the surface of this bigger drop ? a) 9Vo b) 3Vo c) 27Vo d) Vo?.
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